How did they chamber the shell without getting the putty in the works? Shotgun shells typically don’t have the slug or pellets sticking out the front end. That being said, F = mv. The difference here is that the putty wouldn’t hold together to penetrate a resistant material.
Pretty sure they were single-loading them. Also, momentum = mv. F = ma.
Dang, beat me to it!
non-Newtonian liquid [e.g., silly putty] = stiffens up under stress. That’s why it demolished the tv screen and came out the back. It might just penetrate resistant materials more easily than you expect.
These are the same guys who melted Crayolas crayons into wax slugs and went to town. That was a fun video. (First two minutes are how to make them; second two, what they can do).
The beauty of a smooth bore. If it’ll fit, it’ll fly. I always heard that silly putty was the by product of a failed weapons developement program. If that’s true these guys are just advancing the experiment years after the fact. Fun stuff either way.
A rubber-substitute during WWII, actually. Wiki knows all:
Is it just me, or does that Silly Putty slug look vaguely obscene?
Not just vaguely… That thing looks wrong on every level.
I am still sitting here giggling like an idiot!
I wish they’d weighed and chrono’d the Silly Slugs, because then we’d know how much energy they had to play with. The more mvv/2 you’ve got, the more interesting things happen. Even a 2mm plastic pellet does wild things at 7km per second from a light gas gun.
If I were loading these (and I’m absolutely NOT) I’d use a paper-wrapped Silly Slug inside a solid-walled shot cup-wad. This would hopefully keep the barrel from being slimed by smearing/burning Silly Putty.
Wow. Looks like someone has finally found the perfect way to deal with the daily Garfield, aside from yelling “BOOOO” at the page.
Anything worth doing is worth overdoing. The action starts at 1:50.
http://www.youtube.com/watch?v=2Zez3v0fGi8&feature=youtube_gdata_player
How did they chamber the shell without getting the putty in the works? Shotgun shells typically don’t have the slug or pellets sticking out the front end. That being said, F = mv. The difference here is that the putty wouldn’t hold together to penetrate a resistant material.
Pretty sure they were single-loading them. Also, momentum = mv. F = ma.
Dang, beat me to it!
non-Newtonian liquid [e.g., silly putty] = stiffens up under stress. That’s why it demolished the tv screen and came out the back. It might just penetrate resistant materials more easily than you expect.
These are the same guys who melted Crayolas crayons into wax slugs and went to town. That was a fun video. (First two minutes are how to make them; second two, what they can do).
http://www.youtube.com/watch?v=TfbrP7ujerE
The beauty of a smooth bore. If it’ll fit, it’ll fly. I always heard that silly putty was the by product of a failed weapons developement program. If that’s true these guys are just advancing the experiment years after the fact. Fun stuff either way.
A rubber-substitute during WWII, actually. Wiki knows all:
http://en.wikipedia.org/wiki/Silly_putty
Is it just me, or does that Silly Putty slug look vaguely obscene?
Not just vaguely… That thing looks wrong on every level.
I am still sitting here giggling like an idiot!
I wish they’d weighed and chrono’d the Silly Slugs, because then we’d know how much energy they had to play with. The more mvv/2 you’ve got, the more interesting things happen. Even a 2mm plastic pellet does wild things at 7km per second from a light gas gun.
If I were loading these (and I’m absolutely NOT) I’d use a paper-wrapped Silly Slug inside a solid-walled shot cup-wad. This would hopefully keep the barrel from being slimed by smearing/burning Silly Putty.
Wow. Looks like someone has finally found the perfect way to deal with the daily Garfield, aside from yelling “BOOOO” at the page.
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